Fundamentals of thermal stimulated current and relaxation map analysis

activation energy amorphous phase analyzed annealed Arrhenius transform baseline behavior blend block copolymers calculated Chapter characterization compensation lines compensation point compensation search conformers constant cooling curve curvefitting Debye peak Debye relaxation deconvolution decrease depolarization depolarization current determine dielectric dipoles DOD number Dual Split Kinetics effect EKNET Energetic Kinetic Enthalpy Enthalpy of activation Entropy Entropy of activation equation equilibrium Free Energy frequency glass transition glass transition temperature graph HDPE homopolymer increase integration kcal kcal/m Lacabanne's LDPE linear material molecular negative compensation obtained option orientation parameters peak maximum peaks observed PEBA plane PMMA polarization temperature Polycarbonate polymers polypropylene Polystyrene Relaxation Map Analysis relaxation modes sample shift slope and intercept space charges specimen structure sub-AH Table technique temperature of polarization temperature Tp thermal-windowing thermally stimulated current thermokinetic TSC/RMA unannealed VECTRA voltage field